Enzymes can be classified by the types of reactions they do (as per chapter 21).  From the metabolism reactions we looked at, an example of an isomerization enzyme is _________________________.  An example of a ligase enzyme is _____________________.  An example of an oxidoreductase enzyme is _____________________________.   An example of a transferase enzyme is _________________.

Find an example of an enzyme. Answer the following questions about the enzyme that you chose. a) What is the chemical reaction that is catalyzed by the enzyme? b) Why is this enzyme/chemical reaction important to the organisms in which it occurs?

All the Bold answers are wrong please explain why it is wrong and give me the correct answer. Thanks, in advanced Which of the following is true about enzymes? Enzymes are equally effective across broad ranges of temperature and Ph. Enzymes lower the overall free energy of a reaction to make it spontaneous. Enzyme activity is generally unregulated. Enzymes recognize many substrates with equal specificity. The insulin receptor catalyzes the phosphorylation of several substrates and is therefore classified as a Transferase Phosphate Kinase Lyase Oxidoreductase  3)Which of the following reaction parameters can enzymes optimize to increase reaction rate? The proximity(=closeness) of the reacting groups. The rotational motions of the substrates and catalytic groups. The orientations of the substrates and catalytic groups. The achieve energy needed to achieve the transition state.   The catalytic mechanism of RNA relies upon general acid-base catalysis involving the amino acid…

An organic cofactor (usually derived from a vitamin or a nucleotide), which is tightly attached to the enzyme (like FAD when used by the Krebs cycle enzyme succinate dehydrogenase), is always called: the metalloenzyme the metal-activated enzyme the holoenzyme the prosthetic group the cosubstrate